How to Create a Token on Robinhood Chain (2026 Guide)

Robinhood Chain went live on July 1, 2026, announced at a London event, and it landed with more attention than most new networks get because of the name attached to it. Underneath the branding it is a fairly conventional thing for anyone who already builds on Ethereum: a fully EVM-compatible Layer-2, built on the Arbitrum Dedicated Blockchains framework from Offchain Labs, using ETH for gas and settling back to Ethereum. That combination means creating a token on Robinhood Chain is not a new discipline — it is standard ERC-20 development pointed at a new RPC endpoint.

This guide covers what the chain actually is, whether you can deploy your own token on it (you can), how a token you create differs from Robinhood’s regulated Stock Tokens, the honest trade-offs versus Ethereum and other Layer-2s, the two realistic launch paths, wallet and network setup, and the risks that come with a chain and a launchpad ecosystem this young. Everything below sticks to verified facts; where numbers are early and self-reported, they are flagged as reported.

What Is Robinhood Chain?

Robinhood Chain is an Ethereum Layer-2 that went live on July 1, 2026, built on the Arbitrum Dedicated Blockchains framework from Offchain Labs. It is permissionless, fully EVM-compatible, uses ETH as its native gas token, targets roughly 100ms block times, and settles to Ethereum for security.

Because it is built on Arbitrum’s technology, the developer experience is the one Ethereum builders already know. Solidity and Vyper contracts deploy unchanged. The mainstream toolchain works without special handling: Hardhat, Foundry, ethers.js, viem, and Wagmi all connect to it the way they connect to any EVM network, and account abstraction through ERC-4337 is supported. There is no proprietary SDK you are forced to adopt and no bespoke contract language to learn — the chain speaks EVM.

The reported network parameters are a chain ID of 4663 (hex 0x1237), a public RPC endpoint at https://rpc.mainnet.chain.robinhood.com, and a Blockscout block explorer at https://robinhoodchain.blockscout.com. Because a brand-new network can adjust these values, treat the official documentation at docs.robinhood.com/chain as the source of truth and confirm the current chain ID, RPC, and explorer there before you add the network to a wallet or run a deployment.

The chain launched with a set of day-one integrations that matter for anyone deploying a token, because they determine what you can do with it right away: Uniswap for decentralized trading, Chainlink for price oracles, Morpho for lending, Paxos supplying the USDG stablecoin, and infrastructure providers Alchemy and BitGo. That is a meaningful starting stack — a DEX, an oracle, a lending market, a stablecoin, and node and custody infrastructure all present from the beginning rather than promised later.

Its primary purpose, as positioned by Robinhood, is tokenized stocks and real-world assets — the "Stock Tokens" product — alongside general DeFi activity. Early traction was reported strongly in the first week: more than 17M transactions, roughly 350,000 addresses, and over $1B in DEX volume. Those figures are reported and self-attributed to the launch window, so read them as early momentum rather than settled, independently audited metrics.

Can You Create Your Own Token on Robinhood Chain?

Yes. Robinhood Chain is a permissionless EVM Layer-2, which means anyone can deploy a standard ERC-20 token on it without asking for permission, exactly as on Ethereum or Arbitrum. A token built from OpenZeppelin’s audited ERC-20 library, deployed with Hardhat, Foundry, or ethers.js, works unchanged.

Permissionless is the key word. There is no gatekeeper approving deployments, no allowlist of issuers, and no special status required to publish a contract. You write or reuse a standard ERC-20, compile it, connect your tooling to the Robinhood Chain RPC, and broadcast the deployment transaction. The chain records your contract the same way Ethereum would, and from that moment the token exists and can be transferred, traded, and integrated with the DEXs and protocols on the network.

The practical implication is that all the mechanics you would use anywhere else apply here. The same OpenZeppelin base contract, the same mintable, burnable, pausable, and ownable extensions, the same constructor pattern that mints an initial supply to your wallet. If you have never done this, the end-to-end walkthrough in how to create an ERC-20 token covers wallet setup, gas, testnet practice, and deployment in full, and every step of it transfers to Robinhood Chain by swapping the network you connect to. For a deeper look at the contract itself, the guide on building an ERC-20 token with OpenZeppelin explains the library that underpins these deployments.

It is worth being clear about scope: our own ERC-20 token creator deploys audited OpenZeppelin contracts on Ethereum mainnet for a flat 0.02 ETH. That is the fastest way to learn the exact skills you would then apply on an EVM Layer-2 like Robinhood Chain, because the contract, the wallet flow, and the verification step are the same. If your goal is specifically this network, our dedicated page to create a token on Robinhood Chain covers that path.

Your ERC-20 vs Robinhood’s Regulated Stock Tokens

A token you create is a normal ERC-20 smart contract that you control; Robinhood’s Stock Tokens are a separate, regulated product that tokenizes real-world equities. They share a chain, but they are not the same kind of thing, and conflating them is the single most important mistake to avoid.

Robinhood’s Stock Tokens are the chain’s headline use case: on-chain representations of real stocks and real-world assets, issued as part of Robinhood’s regulated product. Those Stock Tokens are not registered under US securities laws and are not available to US persons. That restriction is specific to Robinhood’s own tokenized-stock product and its regulatory posture — it is a statement about that product, not a rule that governs every token on the network.

A user-created ERC-20 is a different object entirely. It is not issued by Robinhood, it is not a Stock Token, it does not represent an equity, and it carries none of Robinhood’s regulatory status or geographic restrictions. It is your contract, controlled by your keys, in the same way an ERC-20 you deploy on Ethereum is yours. The chain is shared infrastructure; the token is yours.

This distinction has a practical consequence for how you describe your token. Do not market or name your ERC-20 in a way that implies it is a Robinhood product, a Stock Token, or endorsed by Robinhood, because none of that is true and it invites both user confusion and regulatory attention. Whether your specific token raises securities questions depends on what it does and how you offer it, not on which chain it lives on — a point covered in the risks section below. The short version: your token is a normal ERC-20, and the Stock Tokens restriction is about Robinhood’s product, not yours.

Robinhood Chain vs Ethereum and Other L2s

Robinhood Chain trades some of Ethereum’s decentralization and maturity for very fast blocks, cheap fees, and a fresh ecosystem — the same broad trade-off every Layer-2 makes, with the added variable that this chain is only days old. Choosing it over Ethereum, Base, or Arbitrum is a decision about priorities, not about which is objectively best.

Against Ethereum mainnet, the trade is familiar. Ethereum gives you the deepest liquidity, the longest security track record, the largest set of integrations, and the strongest decentralization, at the cost of higher and more variable gas. Robinhood Chain, as an L2 settling to Ethereum, gives you cheap ETH-denominated fees and roughly 100ms blocks while inheriting Ethereum settlement, at the cost of a far younger and thinner ecosystem. For a token that needs maximum credibility and liquidity today, Ethereum is still the stronger base; for cheap iteration and access to the specific ecosystem forming around this chain, the L2 is attractive.

Against other Layer-2s, the comparison is more even. Arbitrum is the mature reference point and shares the underlying technology, since Robinhood Chain is built on Arbitrum’s Dedicated Blockchains framework — but Arbitrum has years of live activity, deep liquidity, and a large protocol ecosystem behind it. Base offers a large, established user base and strong consumer distribution. BNB Smart Chain, though not an Ethereum L2, competes on cheap fees and a big retail audience; if that profile fits your project, our guide on how to create a BEP-20 token on BSC covers that path. Robinhood Chain’s distinguishing pitch is its day-one integration stack (Uniswap, Chainlink, Morpho, Paxos, Alchemy, BitGo) and its real-world-asset focus — but the honest caveat is that its liquidity, tooling depth, and battle-testing are all early-stage compared to any of these more established options.

The reasonable read: if you want a proven home, Ethereum or an established L2 wins on maturity. If you specifically want to build within the RWA-and-DeFi ecosystem forming on Robinhood Chain and are comfortable with the risks of a new network, deploying there is straightforward and the skills are identical.

Two Paths to Launch

There are two realistic ways to launch a token on Robinhood Chain: a no-code launchpad, which is fast but currently risky because the tooling is brand-new and largely unaudited, or deploying your own OpenZeppelin ERC-20, which takes a little more effort but gives you audited code and full control. For most serious projects, the second path is the safer choice right now.

Path 1: No-code launchpads. New chains attract one-click token launchers quickly, and Robinhood Chain is no exception. These tools let you fill in a name, symbol, and supply and deploy in a couple of clicks. The appeal is speed and zero coding. The problem, on a chain this young, is that the launchpads themselves are brand-new and largely unaudited, and Robinhood branding around the ecosystem does not mean any launchpad is endorsed, reviewed, or safe. A one-click tool can inject fee-taking logic, mint backdoors, or ownership traps into the contract it deploys on your behalf, and you may not discover it until funds are involved. If you use one, insist on reading the exact contract it produces, confirm it is verified on Blockscout, and never route significant liquidity through a tool you have not inspected.

Path 2: Deploy your own OpenZeppelin ERC-20. The more controlled path is to deploy a standard contract yourself. Start on a testnet: write or reuse an OpenZeppelin ERC-20, test it, and only then deploy to mainnet. After deployment, verify the source on the Blockscout explorer so anyone can read exactly what the token does, then add liquidity on Uniswap if you want it to be tradeable. This path takes marginally longer but you get audited, well-understood code, full ownership of the deployment, and no dependency on an unproven third-party launcher. The rest of this guide focuses on doing it this way.

Wallet and Network Setup

To use Robinhood Chain you add it to an EVM wallet like MetaMask using the chain’s network parameters, then bridge ETH to cover gas. The setup is identical in shape to adding any custom EVM network — only the values differ, and you should copy them from the official docs rather than any third-party list.

To add the network manually, open your wallet’s "Add network" flow and enter the Robinhood Chain parameters. The reported values are:

• Network Name: Robinhood Chain
• Chain ID: 4663 (hex 0x1237)
• New RPC URL: https://rpc.mainnet.chain.robinhood.com
• Currency Symbol: ETH
• Block Explorer URL: https://robinhoodchain.blockscout.com

Before you rely on these, verify them against docs.robinhood.com/chain. A new network can revise its RPC endpoints or explorer URLs in the early weeks, and using a stale or unofficial RPC is both a reliability and a security risk. The official documentation is the authoritative reference for the current chain ID, RPC, and explorer.

Because the native gas token is ETH, funding your wallet means getting ETH onto the chain rather than acquiring a separate gas coin. As an Ethereum Layer-2 that settles to Ethereum, the chain is designed to be funded by bridging ETH from mainnet (or from another L2) using whatever official or established bridge routes the documentation points to. Once you hold ETH on Robinhood Chain, that balance pays for deployment and every subsequent transaction. Keep a small buffer beyond your expected deployment cost so you can also verify the contract, add liquidity, and make a few test transfers without topping up mid-process.

A sensible sequence for a first deployment: add the network, bridge a small amount of ETH, run everything against a testnet if one is available, and only then deploy to mainnet. Confirm your wallet shows "Robinhood Chain" and an ETH balance before you broadcast anything, because tooling reads the active network from the wallet — deploying while connected to the wrong network sends your contract to the wrong place.

Deploying Your Own ERC-20 on Robinhood Chain

Deploying an ERC-20 on Robinhood Chain follows the standard EVM flow: write or reuse an OpenZeppelin contract, test on a testnet, deploy to mainnet through Hardhat, Foundry, or an injected wallet, verify on Blockscout, and add liquidity. Nothing about the contract changes — only the network you target.

1. Prepare the contract. Use OpenZeppelin’s ERC-20 as your base and add only the extensions you actually need — burnable if you want a supply sink, mintable only if you have a published emission plan, ownable for admin control. Because the code is audited and widely used, you are deploying commodity-grade infrastructure rather than something bespoke and unreviewed. The OpenZeppelin ERC-20 guide walks through the library and the common extensions.

2. Test first. Deploy to a testnet before mainnet. Confirm the token mints the expected supply, transfers correctly, and that any mintable or burnable logic behaves as intended. Testing is cheap insurance; a bug found on testnet costs nothing, while the same bug on mainnet is permanent because deployed contract code cannot be edited.

3. Deploy to mainnet. Point your tooling at the Robinhood Chain RPC and deploy. With Hardhat or Foundry, that means setting the network’s RPC URL and chain ID (4663) in your config and running your deploy script; with an injected wallet in a browser IDE, it means selecting Robinhood Chain as the active network before you click deploy. Your wallet will show the gas estimate in ETH; confirm it, and the contract deploys, typically minting the full initial supply to your address.

4. Verify on Blockscout. Publish your source on the Blockscout explorer at robinhoodchain.blockscout.com so holders can read the exact code. On a young chain, a verified contract is one of the strongest trust signals you can offer, because it lets anyone confirm there are no hidden mint backdoors, transfer taxes, or blacklist functions. An unverified token asks people to trust you blindly, which experienced users will decline to do.

5. Add liquidity. With Uniswap live on the chain from day one, you can create a trading pair so the token is acquirable on the open market. Pair a portion of your supply with ETH or the USDG stablecoin, and size the initial liquidity so early trades do not cause violent price swings. The mechanics of doing this are the same as on Ethereum; our guide on how to add liquidity on Uniswap covers pool creation, initial pricing, and the approval steps in detail.

Tokenomics and Post-Launch

Tokenomics on Robinhood Chain follow the same principles as any ERC-20: match supply to what the token is for, pair every source of new tokens with a sink, distribute transparently, and treat launch as the start of the work rather than the finish. The chain does not change the economics; it only changes where the contract lives.

On supply and decimals, leave decimals at 18 unless you have a specific reason not to, since every wallet and DEX expects it, and set total supply to fit the token’s actual purpose rather than a headline number chosen for marketing. A token used as an in-app currency wants a larger supply so per-action prices stay small; one used mainly for access or staking can be much smaller.

On sinks and distribution, if your model emits tokens — rewards, incentives, liquidity mining — it needs a counterpart that removes them, or the supply simply inflates. Deploying with a burnable extension lets you wire usage-based sinks into the token without redeploying. Decide up front who receives tokens and when, publish the allocation, and vest anything — team and investor tokens especially — that should not hit the market at once. Transparent, time-locked distribution is a trust signal; a large unexplained founder allocation is the opposite.

After launch, the priorities are consistent regardless of chain. Verify the contract on Blockscout immediately. Add and, where appropriate, lock initial liquidity so the market cannot be pulled from under holders. Import the token to your wallet using its contract address to confirm it displays correctly. Then focus on the thing that actually sustains a token: giving people a real reason to hold it, whether that is a working product, a genuine mechanism, or a credible community. Deployment is a five-minute technical step; everything that determines whether the token still matters in six months happens afterward.

Risks and an Honest Reality Check

Robinhood Chain is days old, its launchpads are unaudited, and Robinhood branding is not an endorsement of anything built on the chain — so the risks here are larger than on a mature network, and they deserve to be stated plainly rather than buried. Building here can be perfectly reasonable, but only with eyes open.

New-chain risk. A network that launched on July 1, 2026 has not been through the years of adversarial pressure that harden a chain. Bridges, sequencers, RPC infrastructure, and tooling are all early, and early infrastructure carries a higher chance of downtime, bugs, or unforeseen failure modes. The reported first-week figures — 17M+ transactions, ~350,000 addresses, $1B+ in DEX volume — show real early interest, but they are self-reported launch-window metrics, not a track record.

Launchpad risk. The one-click launchers appearing on the chain are brand-new and largely unaudited. Robinhood branding around the ecosystem does not mean any launchpad, contract, or token is reviewed or endorsed by Robinhood. Assume nothing is vetted unless you have vetted it yourself: read the contract, confirm verification on Blockscout, and prefer deploying audited OpenZeppelin code over trusting an unproven tool.

Securities-law considerations. This is general information, not legal or financial advice. Whether a token you create raises securities questions depends on what it does and how you market and sell it, not on the chain it lives on. Marketing a token with price predictions, promised returns, or "get in early" framing pushes it toward being treated as a security in many jurisdictions, regardless of any utility. Consult a qualified lawyer in your jurisdiction before any public sale or distribution.

The Stock Tokens restriction. Remember that Robinhood’s own Stock Tokens are not registered under US securities laws and are not available to US persons. That is a restriction on Robinhood’s regulated product, separate from any token you deploy — but it is a reminder that regulated tokenized-asset products and permissionless ERC-20s live under very different rules, and you should not blur that line in how you describe your own token.

Do your own research. The oldest rule in this space still applies. Verify network parameters against official documentation, inspect any contract before interacting with it, be skeptical of anything one-click on a new chain, and never commit funds you are not prepared to lose while the ecosystem is this young.

How ERC-20 Skills Transfer Across EVM Chains

The skills for deploying a token on Robinhood Chain are the same skills used on Ethereum and every other EVM chain, because they all run the same virtual machine, the same Solidity, and the same tooling. Learn to build and ship a token once, and you can do it anywhere with a change of network parameters.

Concretely, the portable parts are almost everything that matters. The Solidity contract is identical. The OpenZeppelin libraries are identical. Hardhat, Foundry, ethers.js, viem, and Wagmi behave the same way. The wallet flow — connect, confirm gas in ETH, sign the deployment — is the same. Contract verification is the same concept whether the explorer is Etherscan or Blockscout. Even the post-launch playbook of verifying, adding liquidity, and locking it carries over. What changes between Ethereum, Base, Arbitrum, BNB Smart Chain, and Robinhood Chain is the RPC URL, the chain ID, the gas token in some cases, and the surrounding ecosystem — not the fundamentals of building the token.

That is why the most efficient way to become fluent on any EVM Layer-2 is to master the process on Ethereum first, where the tooling and documentation are most mature. Our platform lets you create your own ERC-20 token on Ethereum mainnet with a flat 0.02 ETH deploy, audited OpenZeppelin code, and automatic Etherscan verification — no coding required. The exact same understanding then applies when you point your tooling at Robinhood Chain or any other EVM network. Learn it once on Ethereum; use it everywhere.

FAQ

Robinhood Chain is a genuinely interesting new home for tokens — a fast, cheap, EVM-compatible Ethereum L2 with a strong day-one integration stack — but it is also days old, its launchpads are unaudited, and its branding is not an endorsement. Deploy your own audited OpenZeppelin ERC-20, test first, verify on Blockscout, and keep the securities-law caution in mind, and you can build here on solid footing.

The best preparation for any EVM chain is to master the process where it is most mature. When you are ready, you can create an ERC-20 token on Ethereum with our tool — a flat 0.02 ETH deploy, audited code, and automatic verification — and carry the exact same skills onto Robinhood Chain and every other EVM Layer-2.